CSH01.2C-PL-ENS-NNN-CCD-S1-S-NN-FW

The Bosch Rexroth Indramat CSH01.2C-PL-ENS-NNN-CCD-S1-S-NN-FW is part of the CSH Advanced Controllers series, designed to serve as a high-performance drive control system. This configurable Design-2 control section supports a Parallel Interface master communication configuration and provides 2 Analog Outputs for precise signal processing. Its primary encoder option of Indradyn/Hiperface/1 Vpp/TTL ensures seamless integration with modern feedback devices. The CSH01.2C-PL-ENS-NNN-CCD-S1-S-NN-FW is engineered for compact single-axis applications in machine tools, food processing, and other demanding environments where high dynamics and reliability are critical.

Built around a robust parallel interface, this controller features a standard encoder evaluation interface compatible with sin-cos encoders (1 Vpp) supporting EnDat 2.1 and Hiperface, MSK motor encoders, and 5 V-TTL square-wave encoders with a reference track. Encoder connections employ spring terminals and screw terminal blocks to guarantee vibration-proof, maintenance-free contact. The integrated cross-communication module and galvanically isolated digital I/O bank deliver 16 inputs and 16 outputs arranged in four groups of four, enabling rapid data exchange and system synchronization. This compact control section operates on a 12 V supply for encoder interfaces and accepts separately ordered firmware to tailor functionality to specific application requirements.

To enhance operational safety and compliance, the CSH01.2C-PL-ENS-NNN-CCD-S1-S-NN-FW includes a Safety Technology I/O module that supports safety-related standstill, drive interlock, reduced speed, and direction of motion functions. The control section can be programmed for switching frequencies of 2 kHz, 4 kHz, 8 kHz, 12 kHz, and 16 kHz, adapting to diverse performance and noise requirements. Its rugged design, professional connectivity, and adherence to industrial safety standards deliver exceptional durability and efficiency. By integrating this advanced controller into automated systems, engineers benefit from precise motion control, scalable flexibility, and reduced commissioning time in complex industrial applications.